Humidity sensing properties of ZnO/La(OH)^sub 3^ via impedance measurements

Humidity sensing properties of ZnO/La(OH)^sub 3^ via impedance measurements

In this work, composite zinc oxide/lanthanum hydroxide crystal powder (50:50 %) has been synthesized using the sol-gel technology. The crystal formed powder has been obtained at 1000 °C annealing temperature for a duration of 6 h. This powder has been compressed to get a disk of 10 mm in diameter an...

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Veröffentlicht in:Journal of materials science. Materials in electronics 2016-10, Vol.27 (10), p.10192
Hauptverfasser: Ertek Güldali, Özlem, Sentürk, Erdoan, Okur, Ibrahim
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Sentürk, Erdoan
Okur, Ibrahim
description In this work, composite zinc oxide/lanthanum hydroxide crystal powder (50:50 %) has been synthesized using the sol-gel technology. The crystal formed powder has been obtained at 1000 °C annealing temperature for a duration of 6 h. This powder has been compressed to get a disk of 10 mm in diameter and 2 mm in thickness. The X-ray diffraction spectrum has been taken to see the formation of crystal phases. The humidity/impedance/frequency relation of the sample has been given and elaborated. Sensitivity/frequency dependency and response-recovery measurements for the sample have been carried out and analysed.
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title Humidity sensing properties of ZnO/La(OH)^sub 3^ via impedance measurements
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